Industrial Hard Core: Revealing The CNC Grinding Process Of Carbon Ceramic And Coated Brake Discs

Industrial Hard Core: Revealing the CNC grinding process of carbon ceramic and coated brake discs

Brake disc technology evolution

The core component of automobile braking is the brake disc, which is directly related to driving safety. In the past few decades, its manufacturing process has gone through a process, starting from ordinary lathe turning, gradually improving to the level of CNC machining, and then developing to the current stage of turning and grinding composite technology. Each upgrade is accompanied by leaps and bounds in accuracy and efficiency.

When using traditional processes, turning and grinding are done separately, and the brake discs have to be transferred back and forth between different equipment. Such a decentralized production method not only increases the time cost, but also makes it difficult to unify the quality of each link, which ultimately affects the consistency of the product.

Superhard Materials Challenge

With the increasing popularity of high-end cars and new energy vehicles, carbon ceramic brake discs and laser cladding discs have emerged, and they have begun to gradually enter the market. This material has extremely high hardness. Industrial Hard Core: Revealing the CNC grinding process of carbon ceramics and coated brake discs. When traditional cutting tools are used to process them, they often wear out rapidly, ultimately making the processing unable to proceed effectively and cutting impossible.

Engineers encountered an extremely difficult problem to solve. They needed to ensure the quality of processing while controlling production costs. The widespread application of superhard materials has placed unprecedentedly high demands on machine tool equipment. Traditional equipment is no longer able to meet the production needs of the new generation of brake discs.

Breakthrough in turning and grinding machine

The CMFK series of vertical CNC turning and grinding machines launched by Hengjia Intelligence uses a double-column double-feed structure to achieve a breakthrough in completing multiple processes with one clamping. This equipment can simultaneously complete rough turning, finishing turning and dual brake surface facing grinding in the same station.

This integrated design greatly reduces the transfer links, so that the processing accuracy can be effectively guaranteed. Both feeding systems operate simultaneously, significantly improving production efficiency and providing a new solution for auto parts manufacturing.

Torque self-sensing technology

In response to the demand for high-precision grinding of super-hard material brake discs, Hengjia intelligent equipment is equipped with a torque self-sensing function and a precision compensation function. This technology can monitor torque changes during the processing process in real time and automatically adjust parameters.

By precisely controlling the grinding force and speed, the equipment can effectively prevent surface defects caused by uneven forces on superhard materials. The introduction of this technology has enabled precision grinding processing technology to have higher stability and reliability in actual production.

Specialization and new breakthroughs

Hengjia Intelligent, a small giant company specializing in new technologies, is dedicated to the R&D and manufacturing of high-end CNC machine tools. It has been deeply involved in the field of brake disc processing for a long time, and has accumulated extremely rich technical experience in precision grinding processing technology . With a deep understanding of the pain points of the industry, the company has successfully achieved a technological breakthrough.

This company has transformed from a traditional lathe manufacturer to a supplier of turning and grinding composite equipment, demonstrating the strength of China's intelligent manufacturing. With its innovative technology and high-end equipment, they have provided strong support for the upgrading of China's auto parts industry.

What is leading the development of brake disc manufacturing in the direction of higher precision is modern CNC vertical equipment, which is also developing in the direction of greater adaptability and lower energy consumption. Turning and grinding composite processing technology will become an industry standard, and this technology will promote the technological upgrading of the entire industry chain.

In the days to come, as the new energy vehicle market continues to expand, the demand for brake discs with high-level performance will further show a growth trend. The innovation and application of precise and meticulous grinding processing technology will not only improve product quality, but also create greater value for the enterprise.

Is your factory still using traditional lathes to produce brake discs? Faced with the challenges posed by super-hard materials and precision grinding processing technology , are you ready to upgrade your equipment? Welcome to share your views in the comment area!